2000KG DIY Off Road Trailer Kit. Outback Springs, 12" Electric Brakes Stub Axles

SKU : 363510917280
$982.00

Available



Details

DIY OFF ROAD TRAILER KIT
OUTBACK OFF ROAD SPRINGS
SPECIALLY MACHINED STUBS TO SLEEVE INTO 50MM X 5MM R.H.S

 

2000KG RATED

  

Stud Patterns Availble
6 STUD LANDCRUISER (6/139.7 PCD, 1/2" STUDS AND NUTS)
5 STUD LANDCRUISER (5/150 PCD, 9/16" STUDS AND NUTS)

 

IN THIS KIT
2X 50MM SQUARE X 270MM 2 TONNE SOLID STUB AXLES MACHINED TO SLEEVE INT 50X50X5MM R.H.S BOX SECTION WITH 12" ELECTRIC BRAKE MOUNTS
2X 9 LEAF 60MMX7MM OFF ROAD BLACK SPRINGS WITH REBOUND STRAPS (RATED 2000KG RATED) (SPRINGS ARE SHOT PEENED FOR EXTRA STRENGTH)
2X FRONT HEAVY DUTY HANGERS
2X REAR EYE HANGERS WITH EXTRA STRENGTH WELD IN BRACKETS
2X OFF ROAD FISH PLATES
4X OFF ROAD 50MM X 170MM SQUARE 5/8"HIGH TENSILE ROAD U BOLTS WITH NUTS AND WASHERS
2X HIGH TENSILE REAR DOUBLE SHACKLE BOLT SETUPS (WITH GREASE NIPPLES)
2X HIGH TENSILE FRONT SHACKLE PINS WITH GREASE NIPPLES
2X AXLE PADS
1X LEFT HAND 12" BRAKE BACKING PLATE WITH HAND BRAKE LEVER
1X RIGHT HAND 12" BRAKE BACKING PLATE WITH HAND BRAKE LEVER
2X 12" HUB DRUMS WITH CUPS ALREADY PRESSED IN (AVAILABLE IN 6 AND 5 STUD LANDCRUISER)
2X 2 TONNE BEARING SETS INCLUDING DUST CAPS AND DUST SEALS

ON PURCHASING PLEASE PROVIDE YOUR AXLE LENGTH AND STUD PATTERN

 

BEARING OPTIONS
UPGRADE TO JAPANESE BEARINGS $80.0 (CLICK ON LINK BELOW)

 "UPGRADE TO JAPANESE MANUFACTURED BEARINGS BY CLICKING HERE"

 

PLEASE SEE OFF ROAD SPRING ASSEMBLY SET UP BELOW

Long Part of spring to the front, move rear hanger 25mm towards the rear,

Centre to centre of the hangers needs to be 25mm greater than centre to centre of the springs

 

SHOT PEENING
Shot peening is a cold working process used to produce a compressive residual stress layer and modify mechanical properties of metals and composites. It entails impacting a surface with shot with force sufficient to create plastic deformation. Shot peening is often called for in aircraft repairs to relieve tensile stresses built up in the grinding process and replace them with beneficial compressive stresses